Chemical Resistant Mortar is used for bonding chemical-resistant brick or tile. It has an intimate mixture of liquid resin and a powder in proper proportion is mixed at ordinary temperature to form trowel able mortar that subsequently hardens.

Chemical sensors are more complex extensions of physical sensors. These sensors are defined as measurement devices, which utilize chemical reactions to detect and quantify a specific analyte or event. It utilizes specific polymeric membranes, either per se or containing doping agents, or are coated with non-biological materials. These polymeric layers or specific chemicals have attached to the layers or directly to the transducer, interact with and measure the analyte of interest. The basic components of chemical sensors include active surface, the transducer, and the electronics/software. The active surface of chemical sensors contains the detection component that includes polymeric layer.

Chemical Storage Tanks are storage containers for chemicals. They come in a variety of sizes & shapes and are used for static storage, mixing and transport of both raw materials and finished chemical products. Chemicals require containers that are not only made of a material resistant to that chemical, but are able to operate within the given mechanical parameters. Compatibility is the most crucial component of chemical tank design. Chemical containers may be impacted by heat, cold, vacuum or pressure and the aggressive nature of the chemical. There are short term and long term goals associated with the engineering and specification of the correct materials for a chemical container. Typically, there will be a chemical profile report known as a MSDS-Material Safety Data Sheet, which is provided by most chemical manufacturers or distributors and should be the starting point for chemical tank design. Chemical tanks should be designed in conjunction with the chemical manufacturer, providing some historic experience regarding tank materials compatibility to the chemical.